1. Sensitivity of Distributions of Climate System Properties to Surface Temperature Datasets Open Access Author: Libardoni, Alex Gordon Title: Sensitivity of Distributions of Climate System Properties to Surface Temperature Datasets Graduate Program: Meteorology Keywords: Likelihood estimationClimate variabilityClimate sensitivityClimate modelsClimate model evaluationClimate model calibrationClimate data recordsClimate change observationsClimateBayesian statisticsNet aerosol forcingTemperature recordsTransient climate responseUncertainty quantification File: Download aglthesis_final.pdf Committee Members: Chris Eliot Forest, Thesis Advisor/Co-AdvisorChris Eliot Forest, Thesis Advisor/Co-Advisor
2. WHAT IS THE SKILL OF CLIMATE PARAMETER ESTIMATION METHODS? A CASE STUDY WITH GLOBAL AVERAGE OBSERVATIONAL CONSTRAINTS. Open Access Author: Olson, Roman Title: WHAT IS THE SKILL OF CLIMATE PARAMETER ESTIMATION METHODS? A CASE STUDY WITH GLOBAL AVERAGE OBSERVATIONAL CONSTRAINTS. Graduate Program: Geosciences Keywords: Climate sensitivityBayesian methodsclimate modelsocean diffusivityclimate change File: Download RT_Thesis_Form_Rev.pdf Committee Members: Klaus Keller, Thesis Advisor/Co-AdvisorKlaus Keller, Thesis Advisor/Co-Advisor
3. How Well Can Historical Temperature Observations Constrain Climate Sensitivity Open Access Author: Olson, Roman Title: How Well Can Historical Temperature Observations Constrain Climate Sensitivity Graduate Program: Geosciences Keywords: Climate sensitivityinternal climate variabilityGaussian Processclimate modelMarkov chain Monte Carlo File: Download RO_Dissertation.pdf Committee Members: Klaus Keller, Dissertation Advisor/Co-AdvisorKlaus Keller, Committee Chair/Co-ChairChris Eliot Forest, Committee MemberJames Kasting, Committee MemberMurali Haran, Committee Member
4. Improving Constraints on Climate System Properties with Additional Data and New Methods Open Access Author: Libardoni, Alex Gordon Title: Improving Constraints on Climate System Properties with Additional Data and New Methods Graduate Program: Meteorology Keywords: Climate sensitivityOcean diffusivityAerosol forcingTransient climate responseClimate modelsClimate changeInternal climate variabilityClimate model evaluationClimate model calibrationUncertainty quantificationRadial basis functionsClimate sensitivityOcean diffusivityAerosol forcingTransient climate responseClimate modelsClimate changeInternal climate variabilityClimate model evaluationClimate model calibrationUncertainty quantificationRadial basis functions File: Download AGLibardoni-Dissertation_FINAL.pdf Committee Members: Chris Eliot Forest, Dissertation Advisor/Co-Advisor
